The plan of practical training on medical and biological physics for
the students of I course of stomotology faculty
№
Themes
Hours
1
Errors in measurements of physical quantities and their calculation. Explanation of laboratory works.
2
2
Determination of coefficient of internal friction in real liquids by Ostvald's viscosimeter and Stock's method
2
3
Measurement of surface tension in liquids by drop method.
2
4
Study of alternating current circuit. Measurement of inductance and inductive resistance.
2
5
Study the apparatus of UHF (ultrahigh frequency) and measurement its vibration frequency.
2
6
Determination of magnification of microscope and simple maqnifier
2
7
Measurement of concentration of sugar solution by polarimeter.
2
8
Measurement of light wavelength by diffraction grating.
2
Problem solving
1
Mechanical oscillations and waves
2
2
Acoustics
2
3
Flow of fluids and mechanical properties of biological membrane
2
4
Control work on mechanics
2
5
Electric field
2
6
Maqnetic field
2
7
Alternating current. Electromagnetic oscillations and waves
2
8
Control work on electromagnetism
2
9
Geometrical optics and quantum properties of light
2
10
Interference and diffraction of light
2
11
Polarization of light
2
12
Thermal radiation of objects. Light interaction with matter
2
13
X-ray radiation. Dosimetry
2
14
Radioactivity
2
15
Control work on optics
2
The plan of lectures on Informatics and computer
I course (spring term)
N
Themes
Hours
1
Informatics subject. Concept of information. Forms of information and ways of representation of information. Receiving, departure, transformation and processing of information. Units of information quantity. Information coding.
Stages of development of a computer. Computer structure. Architecture of a computer and general principles of a computer device. Classification of computers by different signs. Completing devices of a computer, the main and peripheral devices. Use of computers in medicine
2
2
Concept of algorithm, classification. Properties of algorithm, ways of representation of algorithm, types of algorithms. The solution of tasks on a computer. Algorithmic languages. Purpose and classification of software. Components of system software (operating systems, service programs), concept of maintenance programs. Components of applied software (applied programs of general purpose, specialized applied programs). Classification of operating systems. Graphic and nongraphic operating systems. Windows OS. Purpose of Windows OS, main characteristics and versions. File and its main characteristics. Service programs of Microsoft Windows, Excel schedule prosessor. M.S. Power Point presentation programs.
2
3
Computer networks. Main concepts (protocol, bridge, lock, router, etc.). Concept of a server. Local and global networks. Short history of Internet. TCP/IP protocols. Addressing of resources on Internet. Service of domain names (DNS). Internet services. E-mail (e-mail, www, FTP, Telnet, Usenet, etc.). Web document. Concepts of HTML and HTTP. Organization of Web pages. Types of connection to Internet (Dial-up, ADSL, wireless connection, connection via a satellite). Microsoft Internet Explorer. Information search systems
